Table 5.

Effective collision strengths for transitions in Si ii (a ± ba × 10±b). (For complete table see Supporting Information.)

TransitionTemperature (log Te, K)
ij3.703.904.104.304.504.704.9005.105.305.50
125.230+05.311+05.354+05.328+05.168+04.809+04.267+03.647+03.070+02.605+0
134.582−14.699−14.706−14.667−14.568−14.334−13.937−13.419−12.842−12.264−1
147.449−17.458−17.372−17.276−17.124−16.760−16.126−15.293−14.374−13.463−1
155.558−15.535−15.476−15.495−15.522−15.337−14.845−14.135−13.347−12.591−1
161.879+01.911+01.888+01.794+01.630+01.417+01.187+09.689−17.784−16.229−1
172.161+02.262+02.305+02.252+02.096+01.865+01.601+01.340+01.101+08.937−1
181.121+01.215+01.223+01.157+01.060+09.837−19.747−11.063+01.264+01.574+0
198.780−18.984−19.064−19.053−19.048−19.185−19.654−11.065+01.233+01.472+0
1106.643−16.341−16.014−15.682−15.437−15.414−15.733−16.424−17.414−18.556−1
............
............
............
TransitionTemperature (log Te, K)
ij3.703.904.104.304.504.704.9005.105.305.50
125.230+05.311+05.354+05.328+05.168+04.809+04.267+03.647+03.070+02.605+0
134.582−14.699−14.706−14.667−14.568−14.334−13.937−13.419−12.842−12.264−1
147.449−17.458−17.372−17.276−17.124−16.760−16.126−15.293−14.374−13.463−1
155.558−15.535−15.476−15.495−15.522−15.337−14.845−14.135−13.347−12.591−1
161.879+01.911+01.888+01.794+01.630+01.417+01.187+09.689−17.784−16.229−1
172.161+02.262+02.305+02.252+02.096+01.865+01.601+01.340+01.101+08.937−1
181.121+01.215+01.223+01.157+01.060+09.837−19.747−11.063+01.264+01.574+0
198.780−18.984−19.064−19.053−19.048−19.185−19.654−11.065+01.233+01.472+0
1106.643−16.341−16.014−15.682−15.437−15.414−15.733−16.424−17.414−18.556−1
............
............
............
Table 5.

Effective collision strengths for transitions in Si ii (a ± ba × 10±b). (For complete table see Supporting Information.)

TransitionTemperature (log Te, K)
ij3.703.904.104.304.504.704.9005.105.305.50
125.230+05.311+05.354+05.328+05.168+04.809+04.267+03.647+03.070+02.605+0
134.582−14.699−14.706−14.667−14.568−14.334−13.937−13.419−12.842−12.264−1
147.449−17.458−17.372−17.276−17.124−16.760−16.126−15.293−14.374−13.463−1
155.558−15.535−15.476−15.495−15.522−15.337−14.845−14.135−13.347−12.591−1
161.879+01.911+01.888+01.794+01.630+01.417+01.187+09.689−17.784−16.229−1
172.161+02.262+02.305+02.252+02.096+01.865+01.601+01.340+01.101+08.937−1
181.121+01.215+01.223+01.157+01.060+09.837−19.747−11.063+01.264+01.574+0
198.780−18.984−19.064−19.053−19.048−19.185−19.654−11.065+01.233+01.472+0
1106.643−16.341−16.014−15.682−15.437−15.414−15.733−16.424−17.414−18.556−1
............
............
............
TransitionTemperature (log Te, K)
ij3.703.904.104.304.504.704.9005.105.305.50
125.230+05.311+05.354+05.328+05.168+04.809+04.267+03.647+03.070+02.605+0
134.582−14.699−14.706−14.667−14.568−14.334−13.937−13.419−12.842−12.264−1
147.449−17.458−17.372−17.276−17.124−16.760−16.126−15.293−14.374−13.463−1
155.558−15.535−15.476−15.495−15.522−15.337−14.845−14.135−13.347−12.591−1
161.879+01.911+01.888+01.794+01.630+01.417+01.187+09.689−17.784−16.229−1
172.161+02.262+02.305+02.252+02.096+01.865+01.601+01.340+01.101+08.937−1
181.121+01.215+01.223+01.157+01.060+09.837−19.747−11.063+01.264+01.574+0
198.780−18.984−19.064−19.053−19.048−19.185−19.654−11.065+01.233+01.472+0
1106.643−16.341−16.014−15.682−15.437−15.414−15.733−16.424−17.414−18.556−1
............
............
............
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